… ], while waveguides with impedance … fractional solutions of a parallel plate waveguide with
impedance walls. In Section 2, the waveguide with impedance walls is studied and fractional …

… Propagation through waveguide structures has been studied by various authors [9–17]. In
… of fractional dual parallel plates waveguides [7] to surface waveguide or open waveguide. …

… field further than the core at ρ = a near to waveguide surface. Standing waves define variations
of the wave amplitude within fractional space by using the Bessel function of the first kind. …

… waveguide behaves as a conventional waveguide. Propagation through a periodic waveguide
… Figure 10a shows a schematic side view of a surface grating coupler, with the waveguide …

… For example, in [2] some polarization properties of fractional … waveguides is investigated,
in [4] by means of a fractional … a fractional flux of a vector field of F through the surface S by …

… the passage through a fractional dispersive waveguide. Thus, … We split the SLM surface
into two sections, so that the pulse … waveguide or a regular dispersion material (no fractional …

… waveguide using the fractional curl operator. Corresponding impedance of the walls of parallel
plate waveguide … is a limiting case of fractional dual surface for α = 1, have been derived. …

… in a non-standard waveguide, most of the … waveguide, so that all the transition imperfections
are calibrated out. All the measured S-parameters are later shifted to the sample surface …

… dual planar surfaces with planar impedance surface as original problem [30]. The work on
… concept of fractional transmission lines, fractional waveguides, and fractional resonator in …

… regions of the fractional waveguides is discussed. It is concluded that, even for fractional
dual waveguides, real part of power flow is zero in chiral nihility regions of the waveguides. …